News

Student final projects honored by the National Academy of Engineering

December 8, 2022
On Tuesday, December 6, during the National Academy of Engineering’s end-of-year ceremony, held in the Benedetti Auditorium of the Telecommunications Tower, the winners of the Undergraduate and Graduate Thesis Competition were announced.

The following projects were awarded prizes:

In the Systems category, first place went to "Fabularis: Generating Controls Using Brain-Computer Interface Technology," a project carried out by Diego Klappenbach, Mauricio Pastorino, and Juan Ignacio Ruíz, under the supervision of Mariel Feder, M.A.

The project involved developing a solution for the client NaxonLabs, a company that works with assistive technologies for people with disabilities, specifically those integrated with electroencephalography. The client’s main product is “Explorer,” a neural data collector that uses crown-shaped hardware to capture and graph a patient’s brain waves in real time. The project involved building an application that detects the voluntary activity of the person wearing the headband and translates these actions into words using a text-to-speech synthesizer or executes predefined actions within the system.

*Winners in Systems Engineering*

Meanwhile, in the same category, the Reclutech project —a technical testing platform for developers created by Paula Dufour, Ramiro Hernández, and Sebastián Techera, under the guidance of Pablo Hernández—received an honorable mention.

*Associate Degree in Systems Engineering*

In the field of Electronics, the award went to Ariel Mordetzki’s project “Solving Systems of Equations with Quantum Computing,” supervised by Dr. André Fonseca and Dr. Efrain Buksman.

*Electronics Track*

José Solsona’s master’s thesis, titled “On the Specification and Verification of the PCR Parallel Programming Pattern in TLA+,” won first place in the Postgraduate Thesis in Computer Science category. The project was supervised by Dr. Alvaro Tasistro and Dr. Sergio Yovine.

*Master's Degree Winner*